BEGE Power Transmission is a renowned manufacturer specializing in innovative, high-quality motion control products for industrial automation. Known for their reliable and robust components, BEGE encoders are designed for demanding environments where precision and durability are critical.
**Product: BEGE Flanged Encoder MIG Basic MB-120-19-0004-7**
Incremental encoder engineered for essential speed feedback in standard automation applications, ensuring dependable performance in a variety of industrial setups.

Rugged stainless steel housing (EN 1.4301) provides excellent corrosion resistance, making it ideal for deployment in harsh and washdown environments such as food, chemical, and outdoor installations.

Flange mount with 120mm outer diameter and 100mm BCD enables straightforward integration with IEC 80B14 motors and drives, streamlining installation and maintenance.

Shaft diameter of 19mm offers mechanical compatibility with a wide range of motor shafts, enhancing versatility for retrofit or OEM device applications.

Delivers 4 pulses per revolution per channel with A90°B HTL output, enabling reliable speed and direction detection for basic feedback loops in conveyor systems, pumps, and similar machinery.

Supports a broad input voltage range (5-24 VDC), facilitating seamless connection to various controllers, PLCs, and drive systems.

IP55/IP67 protection ensures robust resistance to dust and water ingress, supporting continuous operation in demanding industrial environments.

Features an extended 20-meter cable for flexible installation over long distances, minimizing signal loss and simplifying system layout in distributed control setups.

Total flange thickness of 7mm enables compact, space-saving mounting even in constrained motor housings.

Other MIG encoder variants available: MIG Nova+ — High-resolution incremental encoder with enhanced signal stability, ideal for precision regulation in advanced automation systems. MIG AST — Absolute encoder capable of retaining position after power loss, perfect for precise positioning and sophisticated control architectures.